41. Home Page Laser Physics Spring naar de tekst, laser physics non Linear Optics. You are at home ». Navigation. Welcome at the laser physics and nonLinear Optics Group. http://www.tn.utwente.nl/lf/

You are at: home Navigation Welcome at the Laser Physics and non-Linear Optics Group Information Research Education Publications ... Collaboration Contact E-Mail Phone Address Search Our current projects include experiments on laser wake field acceleration (interactions at relativistically high intensities), the properties of frozen light (coherent interactions), advanced optical parametric oscillators (rapid detection of trace gases with high selectivity and sensitivity), the fabrication of Silicon photonic crystals for studying the properties of intense pulse propagation is such materials, free electron lasers (for studying new concepts of material processing), and the development of advanced excimer lasers (for micro-machining or lithography). This site University Links Quick links Interesting links Laser Wakefield Trapping and compressing a bunch of electrons. Mozilla users Click on the pictures to start the movie.

42. Laserphysik/Laser Physics Laserphysik. laser physics. Sommersemester 2001. Summer Term 2001. Mittwochs, 10151200 Uhr, Hörsaal IAP. Wednesdays, 1015am-1200, IAP lecture hall. http://www.iap.uni-bonn.de/lehre/ss01_laserphysics/

Laserphysik Laser Physics Sommersemester 2001 Summer Term 2001 Mittwochs, 10:15-12:00 Uhr, Wednesdays, IAP lecture hall 4 ECTS-Punkte 4 ECTS points Priv.-Doz. Dr. Robert Wynands Sprache/Language: German or English at the discretion of the class. Currently the course language is English. Vorkenntnisse/Prerequisites: Vordiplom or equivalent. Inhalt/Contents: The laser, invented about 40 years ago, has now become an essential part of our civilization, not only in science and industry but also in everyday life (laser pointer, CD/DVD player). But how does it really work? If you want to know, come and see! In order to understand the principle of a laser we need to start with topics such as the resonant interaction of light and matter, optical modes and resonators, laser dynamics. In the second half of the semester we'll discuss some important examples of specific laser types, such as solid-state lasers, helium-neon lasers, and diode lasers: how they work, what their characteristics are, and where they are used typically. There will be demonstration experiments (some even "hands-on") and live computer simulations in class that will illustrate the key concepts and characteristics of lasers.

43. HUT Advanced Energy Systems / Laser Physics laser physics HUT / Department of Engineering Physics and Mathematics / Advanced Energy Systems / laser physics Hakola, Kajava, Salomaa, Santala http://www.hut.fi/Units/AES/laser.htm

Research Projects Pulsed Laser Deposition Publications Laser Physics HUT Department of Engineering Physics and Mathematics Advanced Energy Systems / Laser Physics Hakola Kajava Salomaa Santala The principal research topics of the laser group are currently the use of laser ablation in the production of superconductive films and ultra-intense laser-matter interaction. An important research area of the laser group is the application of laser ablation to deposit thin films of superconducting and magnetic materials. These studies are carried out in collaboration with Materials Physics Laboratory Laboratory of Optics and Molecular Materials Laboratory of Biomedical Engineering , and Laboratory of Inorganic and Analytical Chemistry . The goal of the research is to design and fabricate various components for electronic and micromechanical devices, e.g., bolometers for the detection of sub-millimeter waves and mechanical actuators to realize microscopic machines without moving parts. Further information can be found here The other research line is the study of superintense laser inteaction with matter. This work is performed within the European TMR-project Superintense Laser Pulse - Solid Interaction (SILASI). The experimental work is carried out in collaboration with

44. Laser Physics In The Field Of Nuclear Physics / Ulrich Schramm Translate this page http://www.ha.physik.uni-muenchen.de/uschramm/

45. Laboratory For Laser Physics And Quantum Optics Check out my links. Site Index. Current Events. Home. EMail me. Laboratory for laser physics and Quantum Optics. Neutral Atom Trapping, Laser Development. http://faculty.physics.tamu.edu/thw/

[an error occurred while processing this directive] [an error occurred while processing this directive] Teaching Research Publications Group ... Thomas Walther Last Updated: window.open('newaddress.html','mcwindow',config='height=320,width=300,toolbar=no,menubar=no,scrollbars=yes,resizable=yes,location=no,directories=no,status=no');

46. Laser Physics And Nonlinear Optics Group laser physics Nonlinear Optics Group. Physics Department Welcome. to the laser physics and Nonlinear Optics Group web page. The Laser http://www.physics.otago.ac.nz/sslaser/

Laser Physics Nonlinear Optics Group Physics Department University of Otago , PO Box 56, Dunedin, New Zealand Home Research Areas Publications Who We Are Collaborations Welcome ...to the Laser Physics and Nonlinear Optics Group web page. The Laser Physics and Nonlinear Optics Group at the Otago University carries out research in solid state laser and nonlinear optical sources. Current research areas include: Tunable solid state lasers Optical parametric oscillators Single-frequency pulsed lasers Laser dynamics Visible solid state lasers The group is active in applications within New Zealand and overseas. Areas of interest include: Fundamental and applied spectroscopy Remote sensing Environmental monitoring Communications Laser medicine Section of the Physics Department at Written and maintained by pschlup@physics.otago.ac.nz

47. Laser Physics http://www.maik.ru/journals/lasphys.htm

48. Theoretical Atomic, Molecular And Laser Physics THEORETICAL ATOMIC, MOLECULAR AND laser physics. Publications. Signatures of symmetryinduced quantum interference effects observed http://www.physik.uni-bielefeld.de/theory/d4/publications.html

UNIVERSITY OF BIELEFELD DEPARTMENT OF PHYSICS HOME Research Areas ... Guestbook T HEORETICAL A TOMIC, M OLECULAR A ND L ASER P HYSICS Publications Signatures of symmetry-induced quantum interference effects observed in above-threshold ionization spectra of molecules Phys. Rev. A (2001) 040701(R) Signatures of symmetry-induced quantum interference effects observed in above-threshold ionization spectra of molecules Phys. Rev. A (2001) 040701(R) S-matrix theory of ionisation of polyatomic molecules in an intense laser pulse Chem. Phys. Lett., to be published Strong field multiple ionization of Krypton H. Maeda, M. Dammasch, U. Eichmann, W. Sandner, A. Becker and F.H.M. Faisal Phys. Rev. A. Laser induced inner shell vacancies in doubly ionised argon A. Becker, F.H.M. Faisal, Y. Liang, S. Augst, Y. Beaudoin,M. Chaker and S.L. Chin J. Phys. B Suppressed Molecular Ionization for a Class of Diatomics in Intense Femtosecond Laser Fields Phys. Rev. Lett. Interpretation of momentum distribution of recoil ions from laser induced non-sequential double ionization A. Becker and F. H. M. Faisal Phys. Rev. Lett.

49. Theoretical Atomic, Molecular And Laser Physics THEORETICAL ATOMIC, MOLECULAR AND laser physics. laser physics 3 (1993) 440. The radiative close coupling theory and its application http://www.physik.uni-bielefeld.de/theory/d4/abstract29.html

UNIVERSITY OF BIELEFELD DEPARTMENT OF PHYSICS HOME Research Areas ... Guestbook T HEORETICAL A TOMIC, M OLECULAR A ND L ASER P HYSICS Laser Physics The radiative close coupling theory and its application to ionization; scattering in intense laser fields L. Dimou and F.H.M. Faisal Abstract and ArF lasers). Multiphoton stimulated bremsstrahlung cross sections are given for the electron-proton (e +p )-scattering system as a function of the incident electron energy. Modification of the Rutherford scattering due to the interaction with the laser field is demonstrated. The phenomenon of ``capture-escape'' Rydberg resonance, which is found numerically, is illustrated for several different lsaer frequencies and intensities. These resonances are directly relevant for the charge conjugated positron-antiproton (e +p )-system in a laser field, and can provide an efficient process of generation of anti-matter by laser induced capture of a positron by an antiproton in high energy parallel-beam experiments in particle accelerators. Last updated 06-07-1998

50. 8th International Workshop On Laser Physics General Information. The eighth annual International laser physics Workshop (LPHYS 99) will be held from July 2 to July 6, 1999 in Budapest, Hungary. http://bird.szfki.kfki.hu/lphys99/

General information Scientific Seminars and Symposium Preliminary program Deadlines ... Organizing Committees Important: Please, send the registration form to the local organizers as soon as possible! General Information The eighth annual International Laser Physics Workshop (LPHYS'99) will be held from July 2 to July 6, 1999 in Budapest Hungary . The Workshop will be a part of the World Conference for Science which will be the main UNESCO conference in 1999. Map of Budapest LPHYS'99 continues a series of Workshops held in Dubna 1992, Moscow/Volga river tour 1993, New York 1994, Moscow/Volga river tour (jointly with NATO SILAP Workshop) 1995, Moscow 1996, Prague 1997, and Berlin 1998. The total number of Workshop participants is expected to be about 200. In the past, participation was typically from over 20 countries. The Workshop is being organized by: General Physics Institute, Russian Academy of Sciences, Moscow, Russia The international journal "Laser Physics" Hungarian Academy of Sciences Research Institute for Solid State Physics and Optics, Hungarian Academy of Sciences, Budapest, Hungary. The Workshop is sponzored by: Hungarian Academy of Sciences National Committee for Technological Development, Hungary (OMFB)

51. Experimental Laser Physics Physics and Astronomy. Experimental laser physics Lab. The experimental laser physics laboratory houses experiments studying lasermatter interactions. http://www.physics.emich.edu/laserlab/

Eastern Michigan University Physics and Astronomy Experimental Laser Physics Lab Contact Dr. Marshall Thomsen Email: phy_thomsen@online.emich.edu The gigawatt glass laser system The experimental laser physics laboratory houses experiments studying laser-matter interactions. Many of these experiments involve photothermal techniques in which information about the absorption of a material is obtained by detecting the change in the sample due to absorption-caused local heating. These techniques can be used to locate and study in detail the defects which give rise to absoprtion in high quality optical materials. During the 1997-1998 academic year, the lab has been funded primarily through Lawrence Livermore National Laboratory and the State of Michigan Research Excellence Fund. The lab uses an extensive range of lasers including: Argon Ion Laser (Spectra-Physics Model 2020-05, 5W) CW Nd: YAG Lasers (Quantronix Series 100, 6W and CVI C-95, 6W) He-Ne Laser (NEC, 20 mW) Diode Laser (790nm-990 nm) Tunable Krypton Ion Laser (Omnichrome Model 643-AP-A01) Custom built Ti-Sapphire Laser Additional experimental laser stations within the lab....

52. Laser Physics Division, CAT laser physics Division. There are several laboratories at CAT involved in research and development related to lasers. Head, laser physics Division. http://www.cat.gov.in/technology/laser/nlo/

Laser Physics Division There are several laboratories at CAT involved in research and development related to lasers. Experimental as well as theoretical work is carried out by these laboratories. The structure of the Laser Physics Division is as follows: Nonlinear Optics Section Ultrashort Studies Section Semiconductor Laser Section Thin Film Laboratory ... Staff members of the Division For more details, please contact: Dr. Kailash Chander Rustagi Head, Laser Physics Division P.O.:CAT, Indore, 452 013 Phone: 91-731-248-8361 ( Offfice ) Phone: 91-731-248-8362 (Secretary) Fax: 91-731-248-8300 E.mail: rustagi at cat.ernet.in CAT Homepage Accelerator Activity Laser Activity

53. Wiley-VCH - Laser Physics Letters laser physics Letters is an international journal for the rapid publication of original research papers and brief reviews on theoretical and experimental laser http://www.wiley-vch.de/publish/en/journals/newJournals/2411/?sID=d05b

54. LaserLinks From The Stony Brook Laser Teaching Center Univ. of Adelaide; Laser Groups in Scotland; laser physics Centre (ANU, Canberra); Laser Science Centre (Queensland); Semiconductor http://resonator.physics.sunysb.edu/laser/laserlinks/

Laser Teaching Center Homepage Last revised 1 November 2002 Welcome to LaserLinks Welcome to LaserLinks, the web library of the Stony Brook Laser Teaching Center. The LaserLinks site currently contains about 300 links of interest to students of lasers and optics, organized into 33 topics. Contact with questions, comments or corrections. Pick a Topic (Click browser back button to return to index) BioMedical Optics Compilations Demonstrations Diode Lasers ... Vendors BioMedical Optics o Search with Altavista o Institut fur Medizinische Physik (Vienna) o The MGH Laser Center o PDT at Nantes o Skin Blood Flow Rate by Speckle Analysis o Center for Light Microscope Imaging and Biotechnology Compilations Links from Umea (Sweden) Links from CREOL Links from COPL (Univ. Laval) Links from Univ. Maribor (Slovenia) ... OSA Optics Links Demonstrations Physics Instructional Resource Association (PIRA) Univ. of Oregon `My Favorite Optics Demonstrations' Colors in a HeNe laser tube ... Optical Transforms Diode Lasers Laser Diode FAQ's (Avtech Electrosystems) Environmental Optical Sensors (EOSI) ThorLabs Laser Diode Products The Lasershop ... Feedback and Temperature Control Do It Yourself Sam's Laser FAQ Don Klipstein's Web Site!

55. PEIS-V: Laser Physics. PEIS_V. CSPVINITI. laser physics. General problems of laser physics. Fundamentals of laser physics. Lasers. Methods of optical radiation control. http://www.viniti.ru/~peisv/Z/

CSP-VINITI Laser physics. General problems of laser physics. Fundamentals of laser physics. Lasers. Methods of optical radiation control. ... Help © 1998 VINITI. All right reserved.

56. PEIS-V: Fundamentals Of Laser Physics. PEIS_V. CSPVINITI. laser physics. Fundamentals of laser physics. General problems. Reviews. General theory of propagation of electromagnetic waves. http://www.viniti.ru/~peisv/Z/C/

CSP-VINITI Laser physics. Fundamentals of laser physics. General problems. Reviews. General theory of propagation of electromagnetic waves. Emission and absorption. ... Help © 1998 VINITI. All right reserved.

57. FOM Rijnhuizen -> Molecule And Laser Physics - content here http://www.rijnh.nl/molecular-and-laser-physics/

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58. LASER PHYSICS AND LASER INSTABILITIES laser physics AND LASER INSTABILITIES by L Narducci (Drexel Univ.) N Abraham (Bryn Mawr Coll.) This book is an edited version of lectures given by the http://www.wspc.com/books/physics/0234.html

Home Browse by Subject Bestsellers New Titles ... Browse all Subjects Search Keyword Author Concept ISBN Series New Titles Editor's Choice Bestsellers Book Series ... Join Our Mailing List LASER PHYSICS AND LASER INSTABILITIES by L Narducci (Drexel Univ.) (Bryn Mawr Coll.) This book is an edited version of lectures given by the authors at the 1985 Jilin University Summer School on Laser Physics. The School was held at Jilin University in Changchun, Peoples' Republic of China. Contents: A Theoretical Outline of Laser Physics and Laser Instabilities (L Narducci): An Introduction to the Theory of the Laser: The Rate Equations The Interation of Light and Matter The Basic Laser Equation — Homogeneously Broadened Systems Steady State Behavior of a Homogeneously Broadened Ring Laser Linear Stability Analysis: The Resonant Case The Adiabatic Elimination of the Fast Variables Linear Stability Analysis: The General Case The Single Mode Laser: Deterministic Chaos Dynamical Behavior of the Maxwell-Bloch Equations The Spectral Analysis of the Output Field Theory of a Laser with Inhomogeneous Broadening Appendices Selected Illustrations and Interpretations of Laser Physics and Laser Instabilities in Experimental Systems (N Abraham): Background Notes for the Discussion of Laser Systems Experimental Measurements of Dynamical Instabilities and their Analysis in Single-Mode Inhomogeneously Broadened Lasers Other Examples of Dynamical Instabilities and Chaos in Lasers Postscript Readership: Laser physicists.

59. Laser Physics laser physics. The physics department has a broad program in laser physics including investigation of semiconductor lasers for communication http://www.phys.uconn.edu/gradbrochure/brochure_01/node10.html

Next: Nuclear Physics Up: Research Programs and Facilities Previous: Condensed Matter Physics Subsections Semiconductor Lasers Ultrashort-Pulse Laser Development Optical Materials and Nonlinear Optics Laser Physics The physics department has a broad program in Laser Physics including investigation of semiconductor lasers for communication and spectroscopy, high power diode lasers, ultrashort optical pulses, new optical materials and nonlinear optical processes. The program is closely interwoven with other departmental research, particularly the AMO Physics program described in an earlier section of this brochure. Semiconductor Lasers A coordinated theoretical and experimental investigation of semiconductor lasers for optical communication, mid-infrared semiconductor lasers for spectroscopy, and high-power semiconductor lasers for fiber amplifiers is being carried out. Current research on semiconductor lasers for communication includes high-speed surface emitting laser research, 100 Gb/s pulse generation using mode-locking and optical multiplexing, investigation of integrated laser modulator structures and investigation of wavelength conversion using optical nonlinearities in semiconductor amplifiers. The high-speed transmission research is in collaboration with Bell Laboratories. The research on mid-infrared lasers is aimed at spectroscopy for the detection of certain molecules. Current research is focused on the calculation of band structure parameters, and radiative and Auger recombination rates in semiconductor materials with the aim of understanding the high-temperature characteristics of these lasers. Very sensitive optoacoustic spectroscopic methods are under development in collaboration with Lincoln Labs.

60. Laser Physics Defence Science Technology Information Sheets. laser physics. To understand more fully those processes that occur during a nuclear http://www.mod.uk/issues/nucwhead/laser.htm

Webtrendslive tag Dreamweaver roll over script MOD Home Page Defence Issues Nuclear Warhead Assurance Laser Physics ... Search LASER PHYSICS To understand more fully those processes that occur during a nuclear explosion, fundamental data about the materials involved must be obtained - under comparable temperature and pressures. However, it is difficult to replicate the extreme temperatures and pressures that occur during a nuclear explosion by alternate means. The method of choice at AWE is to use ultra-high power lasers. If high-power laser beams are focused into a small volume (less than 1mm3) for a very short time period (about 1 nanosecond or 1 thousand millionth of a second) it is possible to generate temperatures above 1 million oC. This provides conditions that approach those at the centre of a nuclear explosion and is sufficient to perform useful experiments on material properties. One of the main aims of the laser physics programme is to investigate 'radiative opacity', a measure of how much materials impede the flow of radiation. A simple example is the ‘flow’ of visible light (which is a form of radiation) through different materials. It is obvious through experience that some materials (like glass) impede the transmission of light less than others do (like wood). AWE is primarily interested in high-energy radiation and the opacity of materials in the plasma phase, where free electrons and positively charged ions co-exist. Radiative opacity varies with the nature, temperature and density of a material. Over the past 15 years, the 1-terawatt (1 million million watts) HELEN laser at AWE has made it possible to collect meaningful data on radiative opacities. However, even this powerful laser cannot generate the temperatures and pressures experienced within a nuclear warhead. Currently, opacity values for warhead conditions are generated using computer models. In order to validate predicted opacity values, the UK is pursuing a two-pronged approach:

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